Chunilall, VirenWesley-Smith, JBush, T2007-07-022007-07-022006-11Chunilall, V, Wesley-Smith, J and Bush, T. 2006. Cellulose fibril aggregation studies of eucalyptus dissolving pulps using atomic force microscopy.http://hdl.handle.net/10204/838The work presented will report on the use of AFM to study the CFA characteristics of dissolving pulp of a clone of Eucalyptus grown in compartments with contrasting growth rates (low and high), at different stages of the pulping process (solid wood, unbleached [raw] and fully bleached) to different end-product purities of alpha cellulose (92 and 96%).enAtomic force microscopyCellulose fibril aggregatesPulp and paperEucalyptusConference PresentationChunilall, V., Wesley-Smith, J., & Bush, T. (2006). Cellulose fibril aggregation studies of eucalyptus dissolving pulps using atomic force microscopy. http://hdl.handle.net/10204/838Chunilall, Viren, J Wesley-Smith, and T Bush. "Cellulose fibril aggregation studies of eucalyptus dissolving pulps using atomic force microscopy." (2006): http://hdl.handle.net/10204/838Chunilall V, Wesley-Smith J, Bush T, Cellulose fibril aggregation studies of eucalyptus dissolving pulps using atomic force microscopy; 2006. http://hdl.handle.net/10204/838 .TY - Conference Presentation AU - Chunilall, Viren AU - Wesley-Smith, J AU - Bush, T AB - The work presented will report on the use of AFM to study the CFA characteristics of dissolving pulp of a clone of Eucalyptus grown in compartments with contrasting growth rates (low and high), at different stages of the pulping process (solid wood, unbleached [raw] and fully bleached) to different end-product purities of alpha cellulose (92 and 96%). DA - 2006-11 DB - ResearchSpace DP - CSIR KW - Atomic force microscopy KW - Cellulose fibril aggregates KW - Pulp and paper KW - Eucalyptus LK - https://researchspace.csir.co.za PY - 2006 T1 - Cellulose fibril aggregation studies of eucalyptus dissolving pulps using atomic force microscopy TI - Cellulose fibril aggregation studies of eucalyptus dissolving pulps using atomic force microscopy UR - http://hdl.handle.net/10204/838 ER -